MAX4989:USB 2.0 Hi-Speed 2 of 4 Crosspoint Switch

The MAX4989 Features a Low On-Resistance and Low On-Capacitance Switching- Architecture Ideal for Notebook Applications

The MAX4989 is a bidirectional 2-of-4 USB 2.0 crosspoint switch. The MAX4989 features the low on-capacitance and low on-resistance necessary to switch USB 2.0 low-/full-/Hi-Speed signals at data rates up to 480Mbps. This device allows any 2-of-4 USB pairs to be connected together and is configured through a simple 3-input control logic interface. The MAX4989 operates from a single +2.7V to +5.5V supply and features an internal charge pump to permit full rail-to-rail swing. This device also features a high-impedance shutdown mode to reduce supply current to 100nA (typ). The MAX4989 is available in a 14-pin, 3mm x 3mm TDFN package and operates over the extended -40°C to +85°C temperature range.

Key Features
  • Single +2.7V to +5.5V Supply Voltage
  • Low 1µA (typ) Supply Current
  • -3dB Bandwidth: 1GHz (typ)
  • Low 5Ω (typ) RON
  • High-Impedance Shutdown Mode
  • Logic Inputs Control Signal Routing
  • +1.8V CMOS-Logic Compatible
  • Ultra-Small 14-Pin, 3mm x 3mm, TDFN Package
MAX4989: Typical Application Circuit
MAX4989: Typical Application Circuit
Applications/Uses
  • Notebook Computers
DataSheet
titleDownload file
MAX4989 Data SheetMAX4989.pdf
Parametrics
Part NumberProtocolConfig.ChannelsVSUPPLY (Single)
(V)
VSUPPLY (Single)
(V)
VSIGNAL
(V)
VSIGNAL
(V)
Dynamic Range (max)
(V)
RON
(Ω)
RFLAT(ON)
(Ω)
Package/PinsBudgetary
Price
minmaxminmaxmaxmaxtypSee Notes
MAX4989USB Full-Speed
USB High-Speed
USB Low-Speed
2-of-4
Crosspoint
42.75.505.55.590.4TDFN-EP/14$2.31 @1k
Design kits & evaluation modules
Quality and Environmental Data
Ordering Information
Part NumberStatusRecommended ReplacementPackageTempRoHS
MAX4989ETD+ActiveTDFN-EP,;14 pin;9.6 mm²-40°C to +85°CLead Free
MAX4989ETD+TActiveTDFN-EP,;14 pin;9.6 mm²-40°C to +85°CLead Free
MAX4989.pdf MAX4989
MAX4989_cn.pdf MAX4989
MAX4989.pdf MAX4989
MAX4989.pdf MAX4989
MAX4989.pdf MAX4989
MAX4989_cn.pdf MAX4989